ECD materials for the three primary colors developed by polyanilines

Polymerization of Aniline by Auric Acid: Formation of Gold Decorated Polyaniline Nanoballs

“…Potential applications of polyaniline include organic lightweight batteries, [1,2] microelectronics, [3][4][5] electrochromic displays, [6,7] electromagnetic shielding, [8] and sensors. [9][10][11][12] Polyaniline exists in various oxidation states ranging from a reduced leucoemeraldine form to the fully oxidized pernigraniline form.…”

Voltammetric and in situ FT-IRS study of the electropolymerization of o-aminobenzoic acid at gold and graphite carbon electrodes: Influence of pH on the electrochemical behaviour of polymer films

“…It has always been at the forefront in the global 45 search for commercially viable conducting polymers because of 46 its unique reversible proton dopability, excellent redox cyclability, good environmental stability, low cost and easiness of preparation. 48 In this way, PANI can be used as an electrode material [3,4] in the 49 fabrication of secondary batteries [5][6][7] in microelectronics [8,9] or 50 as an electrochromic material [10][11][12]. Future high-technology 51 applications in the area of recordable optical disks [13] and chem-52 ical sensors have also been suggested [14].…”

Preparation and characterization of soluble polyaniline

“…It also exhibits solution processability and has potential applications in electrochromic displays, 1 organic storage batteries, 2 and microelectronic devices. 3 This polymer is basically poly(paraphenylene amine imine), the oxidation state of which can vary from fully reduced poly(paraphenylene amine) to fully oxidized poly(paraphenylene imine).…”